In the world of computing, purchasing a new computer It is a decision that requires care and attention, prior research on hardware performance is essential to avoid unpleasant surprises once the system is up and running. This basic principle was recently illustrated by the experience of a young 13-year-old gamer, who, in his search for better performance, acquired a used computer with an i7 processor without properly considering the age of the component.
In a thread of reddita user shares the story of his 13-year-old stepson, who recently acquired a used computer for $150 dollars equipped with a Intel i7 processor. According to his stepfather, the young gaming enthusiast was eagerly waiting to experience a significant improvement in your system performance, but unfortunately, the inexperienced gamer, influenced by the popularity associated with Intel’s i7 series, hastily assumed that any i7 processor would outperform in performance to the AMD Ryzen 5 5600 processor that was present in your laptop.
The current system of the young player It has 2 main purposes: used for both gaming and video editing. Your primary goal when purchasing a device upgrade was enhance your experience in both fields.
As for the games, their goal was achieve smooth performance between 60 and 120 FPS (frames per second) in 1080p resolution, as it is crucial for an immersive and stutter-free gaming experience, especially in demanding titles like GTA 5. Additionally, in the field of video editing, it sought to significantly reduce rendering and editing times.
The fact that the processor purchased by the young player be from 10 years ago or morebelonging to the second or third generation of Intel’s Core i series, poses significant limitations in terms of performance. Although the name “i7” may conjure up an image of power and prestige, the reality is that the technology has advanced significantly since then.
Throughout the last almost 16 yearsthere has been constant progress in terms of technological innovations, including the increase in the number of cores of the CPU and improvements in manufacturing techniques. These advancements have resulted in a significant improvement in the performance of modern processors compared to their older predecessors.
Therefore, although the i7 processor from a decade ago might have been impressive at the time, its rCurrent performance is considerably below current standards. This means that, instead of representing an update, the old processor might even offer lower performance than the AMD Ryzen 5 5600 processor that the player already had on his laptop.
It even leads to a newer generation i5 processor being able to be more powerful than an i7 CPU that was released a few years earlier. Therefore, When purchasing new or used processors, it is important to know in advance how much the performance increase will be.
What to do to avoid incorrect purchases
To avoid buy incorrectly and maximize hardware investmentit is essential to thoroughly research and consider current and future needs. Before making a purchase, it is crucial to have a clear understanding of the tasks to be performed on the system and the level of performance required, which implies evaluate both current use and any possible future needssuch as demanding games, video editing or graphic design applications.
Investigate the technical specifications of the components being considered It is also essential. This includes not only the type of processor, but also other elements such as the number of cores, clock frequency, and overclockability, if relevant.
Compare CPU Generations and Manufacturers can provide a clear view of the differences in performance and features between potential options. Comparison lists between different CPU generations and manufacturers are available in numerous specialized websites and offer a detailed and comparative overview of the capabilities of different processors.
Furthermore, it is important Anticipate future system updates and expansions when selecting components. This may include the ability to upgrade the CPU, graphics card, or memory in the future to keep the system relevant and competitive as needs change over time.
By taking proactive measures and conducting a thorough investigation, It is possible to minimize the risk of an incorrect purchase and ensure that the selected hardware meets the user’s current and future needs.
